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Direct choline administration in semi-intensive pisciculture system: A positive contaminant

Emerging Contaminants 2021年第1期7卷 22-34页

作者： Subhas Das Sukhendu Dey Atanu Patra Arghya Mandal Niladri Sekhar Mondal Debnarayan Chowdhury Koushik Ghosh Apurba Ratan Ghosh Ecotoxicology Laboratory Department of Environmental ScienceThe University of BurdwanBurdwanWest BengalIndia Panacea the Aqua Clinic(Aquaculture Laboratory Cum Training Centre)Galsi-II BlockPurba BardhamanDepartment of FisheriesGovt.of West BengalIndia Environmental Science Laboratory Department of Environmental ScienceNetaji Subhas Open UniversitySalt Lake CityWest BengalIndia Aquaculture Laboratory Department of ZoologyThe University of BurdwanBurdwanWest BengalIndia

Present work evaluated the possible impact of choline on metabolic enzymes of cultured fish species into a semi-intensive pond culture system,reared with Catla catla(catla),Labeo rohita(rahu),Clarias batracus(magur)and Anabas testudineus(climbing perch)for 90 days in two *** was added directly into the pond water periodically throughout the experimental *** water quality parameters of each experimental pond were monitored and were analyzed in 15 days interval throughout the experimental tenure in both the *** were compared with treatment as choline-fed and control as non-choline-fed conditions during breeding(June-Aug.)and dry(Nov.-Jan.)*** metabolic enzymes,viz.,LDH(Lactate dehydrogenase),MDH(Malate dehydrogenase),and G6PDH(Glucose-6-phosphate dehydrogenase)activities in the muscle,liver,and AchE(Acetylcholine esterase)activity in the brain and muscle revealed maximum significantly(pbreeding(TB)*** fishes under treatment-dry(TD)condition presented significant(pdry and breeding ***,it can be inferred that choline enrichment in fishes can substantiate the well nutritionally balanced food-flesh for consumption under this farm culture and the choline behaved as a positive contaminant into the pond eco-system under the semi-intensive culture condition.

关键词： Choline Metabolic enzymes Principal component analysis breeding and dry season

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